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Aurorae 8

Availability: In Stock
ISBN: 9781906367961
AuthorLanigan, Bryony
Pub Date04/08/2022
BindingPaperback
Pages144
CountryGBR
Dewey538.768
SeriesRoyal Observatory Greenwich Illuminates
Quick overview The beautiful and elusive sights of aurorae are considered some of Earth's most mesmerising phenomena. Many strands of science explain their existence, but these enchanting light displays still hold some mysteries.
€13.05

People have been inspired by the colourful shifting lights of the Aurora Borealis and Aurora Australis for thousands of years, with modern-day adventurers travelling to 'aurora hotspots' in the hope of getting a glimpse of them. Bryony Lanigan, Astronomer at Royal Observatory Greenwich, brings together many fields of research, from astronomy and solar physics to geology and atomic physics, as she explores the science behind these magical displays. Along the way, we take a whistle-stop tour through the electromagnetic spectrum, learn some elementary atomic physics, meet a mysterious phenomenon with a decidedly un-mysterious name and get to grips with the fundamental role of magnets (very, very large ones) in auroral activity.

Lanigan doesn't just stay on Earth, though - she reveals that the spectacle has been observed elsewhere in our Solar System, too! Of course, nothing is simple and aurorae on other planets often confound the explanations we've worked so hard to come up with.

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Product description

People have been inspired by the colourful shifting lights of the Aurora Borealis and Aurora Australis for thousands of years, with modern-day adventurers travelling to 'aurora hotspots' in the hope of getting a glimpse of them. Bryony Lanigan, Astronomer at Royal Observatory Greenwich, brings together many fields of research, from astronomy and solar physics to geology and atomic physics, as she explores the science behind these magical displays. Along the way, we take a whistle-stop tour through the electromagnetic spectrum, learn some elementary atomic physics, meet a mysterious phenomenon with a decidedly un-mysterious name and get to grips with the fundamental role of magnets (very, very large ones) in auroral activity.

Lanigan doesn't just stay on Earth, though - she reveals that the spectacle has been observed elsewhere in our Solar System, too! Of course, nothing is simple and aurorae on other planets often confound the explanations we've worked so hard to come up with.